A measurement-derived statistical model for urban monostatic backscatter at 140 GHz reproduces average power via distance to walls, azimuthal lognormal spectra, and Rician temporal fluctuations with lognormal K-factors.
Path loss and directional gain measurements at 28 GHz for non-line-of-sight coverage of indoors with corridors
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Statistical Model of Time-varying Backscatter Power of Monostatic RF Sensing Channels in Urban Canyons
A measurement-derived statistical model for urban monostatic backscatter at 140 GHz reproduces average power via distance to walls, azimuthal lognormal spectra, and Rician temporal fluctuations with lognormal K-factors.